Graduate Diploma of Engineering
MEM80125
Trades & constructionGraduate DiplomaNationally recognised
Level 8AQF level
10Units to complete
1 to 2 yearsAQF length guide
11Training providers
Sep 2025Latest release
Source: training.gov.au · AQF
Qualification details and status from training.gov.au, the national register of vocational education (MEM80125, current release). Typical length is the Australian Qualifications Framework volume-of-learning guide for a Graduate Diploma; actual course length varies by provider and recognition of prior learning.More about our sources: How we check our factsOccupations and industries on the national register
Occupations
Principal Engineering Technical Officer
Industries
Technical EngineeringMechanical EngineeringProduction Engineering
Source: training.gov.au
As listed for MEM80125 on training.gov.au, the national register of vocational education: the occupations and industry areas in the register's own taxonomy, shown exactly as written. They describe the course on the register; they are not a promise of a job or a pay level.More about our sources: How we check our factsWhat you learn
To finish you complete 10 units: 3 core plus the rest chosen as electives. Units come from the official list for this course on the national register.
See all 95 units in the official listHide the unit list
BSBHRM611Contribute to organisational performance development
BSBLDR812Develop and cultivate collaborative partnerships and relationships
MEM13015Work safely and effectively in manufacturing and engineering
MEM14088Apply maintenance engineering techniques to equipment and component repairs and modifications
MEM14092Integrate maintenance fundamentals into an engineering task
MEM16006Organise and communicate information
MEM16008Interact with computing technology
MEM23003Operate and program computers and/or controllers in engineering situations
MEM23004Apply technical mathematics
MEM23006Apply fluid and thermodynamics principles in engineering
MEM23007Apply calculus to engineering tasks
MEM23063Select and organise mechanical engineering material tests
MEM23064Select and organise mechatronic engineering material tests
MEM23109Apply engineering mechanics principles
MEM23111Select electrical equipment and components for engineering applications
MEM23112Investigate electrical and electronic controllers in engineering applications
MEM23113Evaluate hydrodynamic systems and system components
MEM23114Evaluate thermodynamic systems and components
MEM23115Evaluate fluid power systems
MEM23116Evaluate programmable logic controller and related control system component applications
MEM23117Evaluate microcontroller applications
MEM23118Apply production and service control techniques
MEM23119Evaluate continuous improvement processes
MEM23120Select mechanical machine and equipment components
MEM23121Analyse loads on frames and mechanisms
MEM23122Evaluate computer integrated manufacturing systems
MEM23123Evaluate manufacturing processes
MEM23124Measure and analyse noise and vibration
MEM23125Evaluate maintenance systems
MEM234001Plan and manage engineering-related projects or operations
MEM234002Integrate engineering technologies
MEM234003Design machines and ancillary equipment
MEM234004Design for engineering-related noise and vibration mitigation
MEM234005Design hydrodynamic pumping systems
MEM234006Evaluate and select thermodynamic systems or subsystems
MEM234007Design fluid power systems
MEM234008Design plant using computer simulations
MEM234009Design computer-integrated manufacturing systems
MEM234010Design microcontroller applications
MEM234011Design programmable logic controller applications
MEM234012Design integrated maintenance management systems
MEM234013Plan and design engineering-related manufacturing processes
MEM234014Design a robotic system
MEM234015Design hydronic heat exchanger systems
MEM234016Design refrigeration systems
MEM234017Design exhaust, ventilation and dust collection systems
MEM234018Design heating, ventilation, air conditioning and refrigeration control systems
MEM234019Apply finite element analysis in engineering design
MEM234020Coordinate small lot manufacture using rapid manufacture processes
MEM234021Apply statistics to technology problems
MEM234022Apply advanced calculus to technology problems
MEM234023Apply differential equations to technology problems
MEM234024Apply advanced mathematics to technology problems
MEM234025Apply numerical methods to technology problems
MEM234026Develop and coordinate engineering-related contingency plans
MEM234027Plan and manage materials supply for an engineering project or manufacturing operation
MEM234028Produce and manage technical documentation
MEM234029Produce and manage technical publications
MEM234030Provide specialised technical and engineering guidance to other technical employees
MEM234031Manage installation, commissioning or modification of machines and equipment
MEM234032Manage fluid power-related technologies in an organisation
MEM234033Lead engineering-related quality operations in an organisation
MEM234034Manage heating, ventilation, air conditioning and refrigeration systems or projects
MEM234035Maintain and apply technical and engineering skills
MEM234036Apply configuration management procedures in engineering project management
MEM234037Perform maintenance-related integrated logistic support management activities
MEM234038Apply systems engineering procedures to engineering design project management
MEM30005Calculate force systems within simple beam structures
MEM30006Calculate stresses in simple structures
MEM30012Apply mathematical techniques in a manufacturing engineering or related environment
MSL976006Evaluate and select appropriate test methods and/or procedures
MSMENV672Develop workplace policy and procedures for environmental sustainability
MSS405000Develop competitive systems and practices for operational objectives
MSS405029Develop quick changeover procedures
MSS405035Design a process layout
MSS405039Implement and optimise levelled pull system
MSS405046Manage workplace learning
MSS405077Develop a proactive maintenance strategy
MSS407023Quantitatively analyse impact of process changes
MSS407024Prepare for and implement change
MSS407025Build internal relationships to support competitive systems and practices
MSS407026Lead a process to determine and solve root cause for a complex problem
MSS407029Improve visual management in the workplace
MSS407030Manage benchmarking studies
MSS407031Review continuous improvement processes
MSS407032Facilitate improvements in the internal value stream
MSS407033Qualitatively review and improve process changes
MSS407034Respond to a major non-conformance
MSS408011Develop knowledge systems and learning processes for an organisation
MSS408012Develop problem solving capability of an organisation
MSS408013Develop best practice model for future state operations
MSS408015Develop the competitive systems and practices approach
MSS408016Develop the value stream
MSS408017Analyse and refine improvement systems
MSS408018Analyse data to determine organisational learning
Source: training.gov.au
Unit list from the MEM80125 unit grid on training.gov.au, the national register of vocational education, current release. Core and elective packaging rules are set by the course; your provider confirms which electives they offer.More about our sources: How we check our factsWho offers it
11 registered training providers can deliver this course. Pick your state to see local providers first, with everyone who can deliver there below. Or search a name. Each arrow opens the provider's page here, which links to their own website.
Providers are listed alphabetically. A listing is not a recommendation or an endorsement, and providers do not pay to appear. Based-in shows each provider's registered head office; most providers deliver online Australia-wide. The → link opens the provider's page on this site, which links to their own website. Contact the provider for current intakes, fees and study modes.